EP3649004B1 - Motor vehicle comprising an equipment element and an operating device - Google Patents

Description

The invention relates to a motor vehicle according to the preamble of claim 1.

Operating elements, such as switches or buttons, are used in motor vehicles in order to be able to operate devices assigned to the respective operating element with them. For example, an air conditioning system of the motor vehicle or a seat heater can be activated or deactivated or set by pressing a button as a device.

In the DE 10 2014 018 456 A1 describes an operating device for a motor vehicle, which is designed as a slide control. The operating device comprises a slide with which a window height of a window of the motor vehicle can be adjusted as a function of a sliding position of the slide. A window lifter can thus be operated as a device with the operating device. The disadvantage of such a slide is that it has to be guided in a specially designed guide groove. Dirt accumulates within this guide groove from time to time, which hinders the operation or adjustment of the slide and restricts the slide's functionality.

In the DE 10 2015 207 542 A1 and the DE 10 2005 047 650 A1 a touchscreen is described as the operating device, on which the user can perform operating actions, for example for volume control of an infotainment system of the motor vehicle, in a predetermined area of several predetermined areas of the touchscreen. The touchscreen is also arranged in a holding device in the motor vehicle specially provided for it. The disadvantage of an operating device as a touchscreen is that several functions of different devices can be set at the same time. This is precisely what is awkward for the user while driving the motor vehicle, since he must first make sure of it must determine in which of the predetermined areas he has to perform the operator action. As a result, the driver can be distracted from what is happening on the road and road safety can be endangered when driving the motor vehicle.

The document EP 2 208 645 A1 shows a further control element of the prior art.

The object of the present invention is therefore to provide a motor vehicle with an operating device, in which an operating device is provided which is particularly easy and reliable to operate and at the same time is not susceptible to dirt.

This object is achieved by the subjects of the independent claims. Advantageous further developments of the invention are disclosed by the features of the dependent claims, the following description and the figures.

According to the invention, a motor vehicle is provided which, in particular in an interior of the motor vehicle, comprises an equipment element. The motor vehicle is preferably designed as a motor vehicle, in particular a passenger vehicle. The equipment element can be, for example, a dashboard of the motor vehicle or a center console of the motor vehicle or a roof lining of the motor vehicle or an armrest of a seat of the motor vehicle or an inner door panel of the motor vehicle. Alternatively, the equipment element can also be designed as a door cheek or as part of a body of the motor vehicle or as part of a charging socket of the motor vehicle.
Furthermore, the motor vehicle comprises at least one operating device for operating at least one device of the motor vehicle. The operating device is preferably assigned to the at least one device. In other words, only the at least one device can be operated using the operating device. The motor vehicle can also have several operating devices and several devices. In this case, one operating device of the plurality of operating devices can each be assigned or assigned to one device. The device can be any device or device of the motor vehicle that is to be operated. For example, the device can be an air conditioning system or a seat heater or a volume control an infotainment system of the motor vehicle or a Window lifter or a device for monitoring the interior of the motor vehicle or a device for lowering the loading sill of the motor vehicle or a device for retracting and / or extending a trailer coupling of the motor vehicle or a lighting device, in particular an interior lighting device, particularly preferably at least one lamp of the interior lighting device .

The operating device has a detection device for the capacitive detection of an operating action on a user interface of a surface element of the operating device. For example, the detection device for capacitive detection of the operating action can have a capacitive sensor. Alternatively, the detection device for capacitive detection of the operating action can have the detection device a sensor film, which is designed in particular as an electrode film. The electrode film has a grid or a coordinate network or a matrix of electrodes, between which a capacitance is measured. The sensor film can be arranged on a surface or side of the surface element opposite the user interface. If, for example, a finger of the user approaches, field changes can be brought about by the finger as soon as it touches the user interface. This can change the electrostatic field between the electrodes and lead to a measurable change in capacitance. When the user's finger moves across the user interface, the capacitance at the various electrode intersections can change. The changes can be recorded and / or recognized by a microcontroller. The term “user interface” therefore means, in particular, a surface of the surface element on which, for example, the user performs an operation, for example touches the surface or moves or strokes the surface. The user interface is preferably facing the interior of the motor vehicle.

The invention is characterized in that the user interface forms at least part of a surface of the equipment element. In other words, the operating device, in particular the surface element of the operating device, can be integrated into the equipment element in such a way that the operating surface forms a surface area of the surface of the equipment element.

By integrating the operating device into the equipment element of the motor vehicle, no additional holding device is required for the operating device. In addition, this means that no dirt can collect in grooves or depressions or openings in the operating device. Furthermore, the operating device does not include any mechanically moving parts, since the operating actions are recorded capacitively. As a result, the operating device is not subject to wear and tear or cannot be damaged by incorrect handling. The operating device is thus designed to be particularly robust.

One embodiment of the invention provides that the surface element is arranged on the equipment element in such a way that the surface of the equipment element and the user interface form a cohesive, in particular planar or curved or curved surface. In other words, the surface element of the operating device can be integrated into the equipment element in such a way that the operating surface adjoins the surface of the equipment element without a gap. In other words, the surface of the equipment element and the user interface can together form a common surface. For example, the surface element can be part or part of the equipment element. It can thereby be ensured that no dirt collects in the transition area from the surface of the equipment element to the user interface. The seamless transition from the user interface to the surface of the equipment element can also ensure that no water or moisture collects in openings or depressions in the operating device. As a result, the operating device is designed to be particularly robust and reliable.

According to the invention, the operating device furthermore has a control device, the control device being set up to set a first switching state and a second switching state of the operating device as a function of the operating action. More than two switching states can also be set on the operating device. The control device can be designed, for example, as an electronic circuit or a microcontroller. The “switching state” means, in particular, a switching setting of the operating device or a switching position of the operating device. A change, in particular a change in setting or a change in function, can result from a change in the switching state the device are made. In other words, a switching state assigned to a device setting of the device. For example, depending on the operating action on the user interface by means of the operating device, the device can be activated in the first switching state, that is to say switched on, and deactivated, that is to say switched off, in the second switching state.

The control device 12 is also set up to carry out a change from the first switching state to the second switching state or from the second switching state to the first switching state when the operating action is detected. If, for example, the user carries out an operating action on the user interface, the control device changes the switching state of the operating device from the first switching state to the second switching state or from the second switching state to the first switching state. In other words, the operating device can be designed to be bistable. The term “bistable” means, in particular, bistability of the operating device. The operating device can thus assume two possible stable states - first switching state and second switching state - but can only change from one state to the other through an external impulse, that is to say the operating action. The operating device can be designed, for example, as a bistable switch or touch slider. As a result, the operating device is designed to be particularly simple, in particular with regard to operation. The user knows exactly what he can do by operating the device. As a result, ease of use for the user can be increased.

An advantageous development provides that, in order to change the switching state, the detection device is set up to detect a stroking movement as an operating action. "Stroke movement" means, in particular, a wiping movement or a sliding movement or a slide movement. During the swiping movement, the user drives or swipes his finger over the user interface, for example. For example, the user can swipe his finger from a predetermined position, in particular a start position, on the user interface to set the first switching state to an end position, in particular to the right. The user can move his finger a predetermined distance to the right. To set the second switching state, the user can move with his finger from a further predetermined position, for example the end position, on the user interface to set the first switching state, for example to the left, to a further end position, for example the starting position. The user can move his finger a predetermined distance, in particular to the left. In particular, the user can move his finger back from the end position to the start position to set the first switching state or to change the second switching state to the first switching state.

Alternatively, it can be provided that, in order to change the switching state, the detection device is set up to detect a touch as an operating action, in particular at a predetermined position or point on the user interface. With touch is meant in particular a touch movement. A first predetermined position on the user interface can be assigned to the first switching state and a second predetermined position on the user interface can be assigned to the second switching state. If, for example, the first switching state of the operating device is currently set and the detection device detects a touch at the second position, the control device can be configured to change from the first switching state to the second switching state. Such a configuration of the operating action makes the operating device particularly easy to operate.

According to the invention, the operating device also has a lighting device, the lighting device being set up to backlight the surface element. For this purpose, the lighting device can be arranged on a side of the surface element facing away from the interior of the motor vehicle, that is to say in particular on a rear side of the surface element. “Backlighting” means in particular that the surface element is illuminated from the rear. The backlighting can support the user in finding or operating the operating device, in particular in the dark.

According to the invention, the lighting device has a first lighting means and a second lighting means, the control device being set up to control the two lighting means as a function of the switching state. The user receives direct feedback on his operating action, in particular on the current switching state of the operating device or the setting of the device, through the lighting means.

The embodiment according to the invention provides that the first luminous means is assigned to a first predetermined surface area of the surface element, the first predetermined surface area being formed from a transparent, light-conducting material, the first luminous means being designed to, in particular exclusively, in the first predetermined surface area to illuminate the first switching state with a first light color. As soon as the first switching state is activated, the control device is set up in particular to control the first lighting means for illuminating or backlighting the first predetermined surface area, so that the first predetermined surface area is only illuminated by the first lighting means. “Transparent” means in particular that the first surface area is light-permeable, that is to say permeable to light in the visible wavelength range, or is made transparent or translucent. “Light-guiding” means in particular that the first predetermined surface area is designed as a light guide. The first predetermined surface area is preferably formed from plastic or glass.

It is further provided according to the invention that the second light source is assigned to a second predetermined surface area of the surface element, the second predetermined surface area being formed from a transparent, light-conducting material, the second light source being set up to display the second predetermined surface area, in particular exclusively in the to illuminate the second switching state with a second light color. In particular, the second predetermined surface area is a surface area different from the first predetermined surface area of the surface element. In particular, the second surface area is illuminated with a second light color different from the first light color. The control device is therefore preferably set up to control the lighting device in such a way that the first lighting means in the first switching state of the operating device light in a first light color to illuminate the first predetermined surface area and the second lighting means in the second switching state light in a different color from the first light color emitted second color of light for illuminating the second predetermined surface area.

As soon as the second switching state is activated, the control device is set up in particular to illuminate or illuminate the second illuminant To control backlighting of the second predetermined surface area so that the second predetermined surface area is only illuminated by the second illuminant. “Transparent” means in particular that the second surface area is translucent, that is to say permeable to light in the visible wavelength range, or is transparent or translucent. “Light-conducting” means in particular that the second predetermined surface area is designed as a light guide. The second predetermined surface area is preferably formed from plastic or glass.

A contour can preferably be formed in the surface element as a first surface area and a second surface area. A first contour can form the first surface area and a second contour can form the second surface area. The contour can be designed to be light-guiding and transparent. The contour can represent, for example, a number and / or a letter and / or a word and / or a symbol with a geometric shape, such as a circle or a rectangle. The respective contour is preferably illuminated with the associated lighting means.

A further advantageous embodiment provides that the remaining surface element is formed from an opaque material. “Opaque” means in particular that the remaining surface element is designed to be opaque or opaque. with “remaining surface element” is preferably meant the surface element without the first predetermined surface area and the second predetermined surface area. The remaining surface element is preferably formed from plastic.

According to the invention, part of the first predetermined surface area forms part of the second surface area, the overlapping parts of the first surface area and the second surface area encompassing part of the user interface, the detection device being set up to detect the operating action on the enclosed part of the user interface. In other words, a region of the first surface region can coincide with a region of the second surface region. In other words, a region of the first surface region forms an identical region of the second surface region. This area or part of the first surface area and the second surface area can be designed such that it frames or borders a part of the user interface. The detection device is particularly preferably assigned to this part. The sensor film can preferably be arranged on a rear side of the enclosed part of the surface element. Preferably, the detection device can only sense or detect the operator action on the enclosed part of the user interface. The edging makes it particularly easy for the user to orientate himself and is supported in his operation.

According to an advantageous development, the operating device also has an output device, the output device being set up to output an acoustic signal, the control device being set up to control the output device when changing the switching state to output the acoustic signal. As soon as the operating device changes from the first switching state to the second switching state or from the second switching state to the first switching state, the control device can trigger the output device to output or emit an acoustic signal. The output device can for example have a loudspeaker and / or an acoustic generator. In particular, a tone or a noise, such as a whistling tone or a click tone, can be output as the acoustic signal. The acoustic signal provides the user with direct feedback on his operation.

Fig. 1

eine schematische Darstellung einer Bedienvorrichtung für ein Kraftfahrzeug in einer Perspektivansicht;

Fig. 2

eine schematische Darstellung einer Bedienhandlung an der Bedienvorrichtung aus Fig. 1 durch einen Nutzer; und

Fig. 3

eine schematische Darstellung eines Kraftfahrzeugs mit einem Innenraum und mehreren an einem Armaturenbrett des Kraftfahrzeugs angeordneten Bedienvorrichtungen.

Exemplary embodiments of the invention are described below. This shows:

Fig. 1

a schematic representation of an operating device for a motor vehicle in a perspective view;

Fig. 2

a schematic representation of an operating action on the operating device Fig. 1 by a user; and

Fig. 3

a schematic representation of a motor vehicle with an interior space and a plurality of operating devices arranged on a dashboard of the motor vehicle.

The exemplary embodiments explained below are preferred embodiments of the invention. In the exemplary embodiments the described components of the embodiments each represent individual features of the invention that are to be considered independently of one another, which also develop the invention independently of one another and are therefore also to be regarded as part of the invention individually or in a combination other than the one shown. Furthermore, the described embodiments can also be supplemented by further features of the invention already described.

In the figures, functionally identical elements are each provided with the same reference symbols.

Fig. 1 shows a schematic representation of an operating device 10 for a motor vehicle. The operating device 10 is coupled to a device (not shown in the figures) or a device of the motor vehicle. The operating device 10 is set up to operate the device, that is to say to make a setting on the device. For example, the device can be set using the operating device. For example, the device can be an air conditioning system or a seat heater or a volume control of an infotainment system of the motor vehicle or a window regulator or a device for monitoring the interior of the motor vehicle or a device for lowering the loading sill of the motor vehicle or a device for driving in and / or extending a trailer coupling of the motor vehicle or a lighting device, in particular an interior lighting device, particularly preferably at least one lamp of the interior lighting device.

The operating device 10 has a surface element 12 with an operating surface 14. The surface element 12 is designed in the form of a plate. An operator action or several operator actions can be performed on the operator interface 14, for example by a user. The operating device 10 also has a detection device 16 and a control device 18. The detection device 16 is set up or designed to detect the operator action on the user interface 14.

As soon as the acquisition device 16 acquires or detects an operator action on the user interface 14, the acquisition device 16 is set up to transmit a acquisition signal E to the control device 18. For this purpose, the detection device 16 can be coupled to the control device 18.

The detection device 16 is set up to capacitively detect the operator action on the user interface 14. For this purpose, the detection device 16 can have a sensor film, for example. The detection device 16 is also arranged on a rear side of the surface element 12 opposite the user interface 14. For example, the sensor film can be glued to the back of the surface element 12. The sensor film is preferably attached at the point on the rear side of the surface element 12 at which an operating action is to be detected on the user interface 14.

The surface element 12 is divided into several areas. In this case, the surface element 12 has three predetermined surface areas - a first predetermined surface area 20, a second predetermined surface area 22 and a third predetermined surface area 24. The in Fig. 1 The further area 21 shown is formed jointly by the first predetermined surface area 20 and the second predetermined surface area 22. In other words, the first predetermined surface area 20 and the second predetermined surface area 22 overlap in this further area 21. In other words, the first predetermined surface area 20 and the second predetermined surface area 22 together form this further area 21. All three predetermined surface areas 20, 22, 24 are formed by a contour in the surface element 12. The three predetermined surface areas 20, 22, 24 extend from the operating surface 14 through the surface element 12 to a rear side opposite the operating surface 14. In other words, the respective contour of the three predetermined surface regions 20, 22, 24 penetrates the surface element 12 completely. All three predetermined surface areas 20, 22, 24 and the further area 21 are preferably formed from a transparent, light-conducting material. The remaining surface element is formed from an opaque material. The surface element 12 forms a body despite the multiple surface areas. For example, the surface element 12 can be formed from plastic.

The first predetermined surface area 20 and the second predetermined surface area 22 have a circular or ring-shaped contour or shape up. The further area 21 encloses an area of the user interface 14 of the surface element 12. The ring-shaped or circular areas of the first predetermined surface area 20 and of the second predetermined surface area 22 are also enclosed or framed by the area 21. In other words, the annular or circular areas of the first predetermined surface area 20 and of the second predetermined surface area 22 are located within the further area 21. The further area 21 has an oval shape or contour. The detection device 16 is preferably assigned to the user interface 14 through the area framed by the further area 21. In other words, the operator action can be recorded within the enclosed or framed area on the operator interface 14. The third predetermined surface area 24 is designed as a symbol. The symbol has the shape of a rectangle and three arrows. This symbol represented by the third predetermined surface area 24 is intended to symbolize a function of the device which can be operated or set by the operating device 10. In this case the heated rear window.

Fig. 2 shows an operating action on the operating device 10 by a user 26. In connection with FIG FIGS. 1 and 2 the operating action or the operation of the operating device 10 is to be discussed in more detail.

A first switching state or a second switching state of the operating device 10 is set as a function of the operating action. In Fig. 2 the operating device 10 is in section a) in the first switching state. In section b), the user 26 carries out the operating action. The user 26 performs a swiping movement in the direction of the arrow 28 as an operator action. During the swiping movement, the user 26 swipes his finger 30 from a predetermined position, in particular a start position, on the user interface 14 along the user interface 14 to an end position. In the starting position in section b), the finger 30 of the user 26 is on the first predetermined surface area 20 within the area 21. To reach the end position, the user 26 moves the finger 30 in the direction of the arrow 28. At the end position in section b) the finger 30 of the user 26 is on the second predetermined surface area 22 within the area 21. As soon as the detection device 16 makes the stroking movement, that is, the movement of the Finger 30 of the user 26 has detected from the start position to the end position, a change is carried out by the control device 18 from the first switching state to the second switching state.

In section c) and section d) of Fig. 2 the operating device 10 is in the second switching state. For example, the user 26 can activate and / or deactivate the device through the operating action. In the first switching state, the device is deactivated, that is to say switched off, for example. In the second switching state, the device is activated, that is to say switched on, for example. In order to return the operating device 10 from the second switching state to the first switching state, the user 26 can carry out a further operating action. The user 26 carries out a swiping movement in the direction of arrow 32 as a further operating action. During the swiping movement, the user 26 swipes his finger 30 from the end position or a further predetermined position on the user interface 14 along the user interface 14 back to the start position. After the further control action has been carried out, the control device 10 is again in the first switching state, as shown in section e).

More than two switching states, for example for volume control, can also be set on the operating device 10. For example, intermediate positions between the start position and the end position can be located within the further area 21, which can each be detected as a further switching state by the detection device 16.

The surface element 12 is backlit so that the user 26 is supported in operating the operating device 10 during the operator action on the operator interface 14. For this purpose, the operating device 10 has a lighting device 34 with a first lighting means 36 and a second lighting means 38. The control device 18 of the operating device 10 is set up to control the lighting means 36, 38 of the lighting device 34 independently of one another. The first illuminant and the second illuminant can each have an LED, for example. The first illuminant is assigned to the first predetermined surface area 20. The second light source 38 is the second predetermined surface area 22. Furthermore, the first light source 36 and / or the second light source 38 can be assigned to the further area 21. The first Illuminant 36 is set up to illuminate or backlight exclusively the first predetermined surface area 20. The second illuminant 38 is set up to illuminate or backlight exclusively the second predetermined surface area 22. Furthermore, the first lighting means 36 is set up to illuminate the first predetermined surface area 20 in the first switching state of the operating device 10 with a first light color. The second lighting means 38 is set up to illuminate exclusively the second predetermined surface area 22 in the second switching state with a second light color, in particular a second light color different from the first light color. In the first switching state, the further area 21 is also illuminated by the first illuminant 36. In the second switching state, the further area 21 is also illuminated by the second illuminant 38. In the first switching state, the second lighting means 38 is switched off or deactivated. In the second switching state, the first lighting means 36 is switched off or deactivated. For example, the first predetermined surface area 20 and the further area 21 are illuminated in the first switching state by the first lighting means 36 in white or red as the first light color. The second predetermined surface area 20 and the further area 21 can be illuminated in the second switching state by the second lighting means 36, for example in green as the second light color. Furthermore, the lighting device 34 can have a further lighting means (not shown in the figures) which is set up to exclusively illuminate the third predetermined surface area 24. In this case, during operation of the operating device 10, the control device 18 can be set up to control additional lighting means in such a way that the third predetermined surface area 24, that is to say the symbol, is continuously illuminated by the additional lighting means. For example, the third predetermined surface area 24 can be illuminated in white with the further illuminant.

As in Fig. 2 As shown, the operating device 10, in particular the surface element 12, is illuminated by the first lighting means 36 in the first switching state (sections a), b) and e)). In the second switching state (sections c) and d)), the operating device 10, in particular the surface element 12, is illuminated by the second illuminant 38.

In Fig. 3 a motor vehicle 40 with an interior 42 is shown. In the interior 42 of the motor vehicle 40 are located on a dashboard 44 three operating devices 10 arranged side by side. The operating devices 10 are analogous to that in FIG Fig. 1 or Fig. 2 described operating device 10 formed. The respective operating devices 10 differ in each case by the symbol represented by the third predetermined surface area 24. Additionally or alternatively, the operating device 10 or several operating devices can also be arranged on a center console 46 of the motor vehicle 40 and / or on the steering wheel 48 of the motor vehicle 40 and / or on an inner door panel 50 of the motor vehicle 40. The operating device 10 can therefore be arranged on an equipment element such as the dashboard 44.

The respective operating device 10 is assigned to a device of the motor vehicle 40. As already explained, motor vehicle 40 can also have a plurality of operating devices 10, one operating device 10 of the plurality of operating devices 10 being assigned or assigned to one device.

The operating device 10 is arranged on the equipment element, for example the dashboard 44, in such a way that the operating surface 14 of the operating device 10 forms part of a surface of the equipment element. The surface element 12 of the operating device 10 can be arranged on the equipment element, such as the dashboard 44, in such a way that the surface of the equipment element and the operating surface 14 form a cohesive, in particular planar or curved, surface.

Overall, the examples show how the invention provides a bistable touch slider as a switch, in particular in a motor vehicle.

Claims (5)

1. Motor vehicle (40) comprising:

   - an equipment element of the motor vehicle (40),

   - at least one operating device (10) for operating at least one device of the motor vehicle (40), wherein the operating device (10) is arranged on the equipment element, wherein

   - the operating device (10) has a detecting device (16) for the capacitive detection of an operator action on an operating surface (14) of a surface element (12) of the operating device (10), wherein

   - the operating surface (14) forms at least a part of a surface of the equipment element, wherein

   - the operating device (10) has furthermore a lighting device (34), wherein the lighting device (34) is configured to backlight the surface element (12), wherein

   - the operating device (10) has furthermore a control device (18), wherein the control device (18) is configured depending on the operator action to set a first switching state and a second switching state of the operating device (10), wherein the control device (18) is furthermore configured, when the operator action is undertaken to implement a change from the first switching state into the second switching state or from the second switching state into the first switching state, characterised in that

   - by means of the change from the second switching state into the first switching date when the operator action is undertaken the operating device is formed bistable,

   - the lighting device (34) has a first lighting means (36) and a second lighting means (38), wherein the control device (18) is configured to control the two lighting means (36, 38) depending on the switching state, wherein

   - the first lighting means (36) is assigned to a first predetermined surface area (20) of the surface element (12), wherein the first predetermined surface area (20) is formed from a transparent, light-conducting material, wherein the first lighting means (36) is configured to illuminate the first predetermined surface area (20) in the first switching state with a first light colour, wherein

   - the second lighting means (38) is assigned to a second predetermined surface area (22) of the surface element (12), wherein the second predetermined surface area (22) is formed from a transparent, light-conducting material, wherein the second lighting means (38) is configured to illuminate the second predetermined surface area (22) in the second switching state with a second light colour, wherein

   - a part of the first predetermined surface area forms a part of the second surface area, wherein the overlapping parts of the first surface area and the second surface area include a part of the operating surface, wherein the detecting device is configured to detect the operator action on the included part of the operating surface.
2. Motor vehicle (40) according to claim 1,
   characterised in that
   the surface element (12) is arranged on the equipment element such that the surface of the equipment element and the operating surface (14) form a continuous surface.
3. Motor vehicle (40) according to any of the preceding claims,
   characterised in that
   for changing the switching state the detecting device (16) is configured to detect as an operator action a swiping movement on the operating surface (14).
4. Motor vehicle (40) according to any of the preceding claims,
   characterised in that
   the operating element (10) has furthermore an output device, wherein the output device is configured to output an acoustic signal, wherein the control device (18) is configured to control the output device to output the acoustic signal when changing the switching state.
5. Motor vehicle (40) according to any of the preceding claims,
   characterised in that
   the equipment element is designed as an instrument panel (44) of the motor vehicle (40) or as a door inner cladding (50) of the motor vehicle (40) or as a middle console (46) of the motor vehicle (40) or as a roof lining of the motor vehicle (40) or as an armrest of a seat of the motor vehicle (40) or as a door panel of the motor vehicle (40).

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